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Event Details

Course overview

High Pressure (HP) (>10,000 psi) and High Temperature (HT) (>300°F) conditions are becoming more routine drilling targets worldwide in the pursuit of deep gas reserves. This course delivers a comprehensive review of HP HT well design, engineering and drilling requirements.

This introductory course provides an understanding of High-Pressure and High-Temperature (HPHT) drilling and completion operations. The course is specifically designed to provide an understanding of the challenges associated with the design and construction of HPHT wells. The course covers not only theory, technicalities and practicalities of drilling and completing HPHT wells but it also covers real examples and exercises.

The content emphasis in this course/workshop is placed on current regulatory and standard operating principles of HP HT – right from a well's concept phase, through pre-planning, rig and equipment selection, the basis of well design, detailed design, engineering, offset study, and final drilling of the critical HP HT transition and reservoir zones. The challenges of geological risks and uncertainty with drilling fluids, cement design, equipment assurance and drilling problem prevention, solving and decision making, all require special attention. The course draws on several HP HT case studies from different drilling environments in conjunction with instructor led facilitation, use of multi-media files and most importantly individual and group led engagement sessions.Equip a multi-disciplinary team to manage and control the drilling hazards and risks that exist in HP HT wells. This course also delivers a participative, practical program where individual and teamwork skills are developed to meet the HP HT drilling challenges presented.

The course is designed for

The course targets any member of a project team: geo-scientists, engineers, technical, non-technical personnel at all levels. It also includes everyone involved in the design, construction, engineering, implementation and the drilling of HP HT wells. This course embraces drilling engineers with or without experience.

Course objectives and outcomes

The objectives of this course are to provide the participants with an understanding of the complexities associated with HPHT well design and drilling operations. All of the topics presented are strictly related to high pressures and high temperatures.

This will be achieved by creating an environment for a multi-disciplinary team to practically challenge HP HT standards, instruction,well integrity practices and develop new concepts to well safety and performance.• Identify and eliminate the drilling hazards and riskswithin HP HT wells to as low as practicable.• How to translate and sustain HP HT drilling case-studyfindings, success and failure learnings into futuredrilling projects.• Awareness of key issues that exist in HP HT design, engineering and drilling operations.• Increased proficiency with ability to address the key hazard and risks impacting HP HT drilling project delivery.• Specific knowledge to skilfully control HP HT drilling problems as they arise, yet realize the importance of having necessary contingent mitigation in place for unexpected situations.• Appreciate technical challenges and difficulties that exist, with new awareness to risk reducing and adaptive technologies being used and applied for specific HP HT drilling applications.

At the end of the course, the participants will have gained a good understanding of the complexities associated with HPHT drilling operations. They will have gained a good understanding of pressure and temperature effects on gasses, liquids, tubulars and elastomers. Participants will have a good understanding of the well design and operational aspects of HPHT wells.

Day 1: Introduction

The first day introduces the students to the HPHT environment and what it means. We introduce some of the geological aspects of an HPHT environment and then take a detailed look at the behaviors of the various components with elevated pressures and temperatures.

Welcome and Introductions

Defining the HPHT Environment

History of HPHT Drilling Operations

Geological & Geophysical Aspects of Abnormal Pressures

Challenges in HPHT Wells

Behavior of Gasses with elevated pressures and temperatures

Behavior of Liquids with elevated pressures and temperatures

Behavior of Metals with elevated pressures and temperatures

Behavior of Elastomers with elevated pressures and temperatures

Day 1 Exercises; Gas calculations, Density Calculations

Day 2: Well Design

The second day of the course starts with a look at well design standards, well design for HPHT wells.

The third day of the course starts with rig requirements for HPHT operations. We take a detailed look at equipment requirements for HPHT drilling as well as some of the rig requirements during the drilling of the well.

Indonesia

Monday, 2 July 2018 at 09:00 - Friday, 6 July 2018 at 17:00 (Eastern European Standard Time Turkey Time)

Organiser

Esanda is a specialist training provider serving the global upstream oil and gas industry. Our course leaders are practicing industry specialists who develop our in house courses and work with clients to build bespoke training for their staff. Our operations are supported by our UK and Australia offices.

We pride ourselves on being able to bring hundreds of man years of experience to the training sector and the positive feedback we receive from our satisfied clients.

Our courses have evolved over 20 years with a focus on Field Development Planning, which includes a strong emphasis on costing and economic analysis as well as concept selection for our clients. The range of clients includes those involved in Onshore, Offshore, Subsea, GTL, LNG and unconventional developments. This work and client training has allowed us to build strong expertise with practical and up to date knowledge of the subject areas.